As LED technology continues to develop and radiation intensity increases, UV LED lamps are expanding the market and replacing more traditional alternatives. Ultraviolet (UV) light is an invisible form of light energy that travels at a much higher frequency and carries more energy than visible light.
Applications for UV LEDs range from ticket identification to light-curing resins, insect control, and printing, and into markets such as biomedical, security identification, air purification, data storage, military aerospace, sterilization, and disinfection. The following are just a few examples of the various applications of UV LED lighting.
UV light can be used to disinfect water, air, etc. As UV-LED has the advantage of small size, it can be used as a light source for UV disinfection equipment supporting various shapes and structures, various materials of high volume products, simplifying the process work before packaging; supporting indoor air sterilizer (UV) lamps: for indoor air disinfection, and also public places, etc.
With the increasing awareness of health and safety, people demand for more these products which will increase significantly, creating a larger market.
UV photolytic oxidation fume purification system is currently the most advanced. UV can degrade the grease and odor in the kitchen air, no secondary pollution, reduce fire hazards, small size and light weight, greatly reducing maintenance costs.
UV identification technology is the use of fluorescent or UV sensors to detect fluorescent embossed notes frosted with reactive security markings and banknotes. This identification technique can identify most counterfeit currency. Identification is based on the different UV absorption and reflectance of the note to other papers to identify authenticity. The fluorescent markings on the banknotes can be identified quantitatively.
4. Gemstone field
UV LEDs can help to identify and distinguish between certain natural gemstone gems and synthetic stones, and also between some natural stones and UV-treated artificial stones.
UV LED lamps are playing an increasingly important role in the trend toward indoor urban gardening. The use of UV LED lights during indoor harvesting increases the production of polyphenols, which are believed to have antioxidant and anti-aging properties. In addition to edible horticulture, it is speculated that UV lamps could also have beneficial applications for resin-producing plants (e.g. medical cannabis) by increasing the effectiveness of their medicinal properties.
UV also has important applications in the military, such as short-range UV confidential communication, ultraviolet interference, UV early warning technology, etc.
VOCs are an important component in the formation of PM2.5, a precursor substance for haze production. However, the photocatalytic oxidation of VOCs with UV LED as the light source is excellent, with small size, high catalytic activity, good chemical stability, low cost, non-toxic and other characteristics, and has a wide range of application prospects.
UV-curable resins are mainly composed of oligomers, crosslinkers, diluents, photosensitizers, and other specific additives. It is irradiated with UV light to cause a cross-linking reaction and instantaneous curing of the polymer resin. UV-curable resins are mainly used in wood coatings, plastic coatings, and photosensitive inks。
UV LED technology is emerging as an ozone gas-free and mercury-free option for chemical curing in industrial and cosmetic applications. Because of the lower frequency of UV rays emitted by LED lights, they are much safer for nail polish treatments.
It is important to note that UV radiation can damage the skin and eyes if used unprotected. Therefore, safety precautions should be used in conjunction with UV LED lighting and, where possible, skin and eye protection.
Are you looking for UV LEDs? If so, then you have come to the right place. You can always browse our online product to see some of the quality LED for your UV LED lamps.
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